Empirical research of using digital addressing LED energy-saving lighting control system — The case of underground parking lot: Preparation of papers in two-column format for ISNE 2016

Shang-Hui Yang, Qing-Shan Chang, Ding-Chin Chou
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Abstract

A conventional lamp may tend to be of high power consumption because aging and the lamp cover discolors. According to the study, after the conventional lamp is replaced by the proposed lamp, the proposed lamp can save about 65% of the power consumption. On the other hand, the study finds out the best luminous efficiency of the main body by the addressable lamp control method, and we calculate the possible illumination intensity via the lighting simulation software so as to check whether the proposed lamp conforms to the illumination standards and the safety illumination standards. After the whole simulation is finished, we actually replace the conventional lamp by the proposed lamp, and then practically test the total power consumption efficiency during two weeks. Afterward, we find that the power saving rate can be up to 77.5%. In other words, in addition to the original saved efficiency by using proposed lamps, the control system can further create 12.5% power saving rate, and provide an environment with good light quality and safe usage site. The study adopts the currently available T5 lamp with high luminous efficiency for users to conveniently replace the lamp by themselves, which can solve the matching problem that the lighting control systems have. Therefore, the study provides a best solution for public constructions of lamp replacement.
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采用数字寻址LED节能照明控制系统的实证研究——以地下停车场为例:ISNE 2016两栏论文准备
传统的灯可能会因为老化和灯罩变色而耗电量大。根据研究,将传统灯具替换为拟议灯具后,拟议灯具可节省约65%的耗电量。另一方面,通过可寻址灯具控制方法找出主体的最佳发光效率,并通过照明模拟软件计算出可能的照度强度,以检验所提出的灯具是否符合照度标准和安全照度标准。在整个模拟完成后,我们实际用所提出的灯代替了传统的灯,然后在两周的时间里实际测试了总功耗效率。之后,我们发现节电率可达77.5%。也就是说,控制系统在原有使用建议灯具节省效率的基础上,可进一步创造12.5%的节电率,并提供良好的光质环境和安全的使用场所。本研究采用目前可用的T5灯,光效高,方便用户自行更换,解决了照明控制系统的匹配问题。因此,本研究为公共建筑灯具更换提供了最佳解决方案。
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